Coherent optical control of electron spin interaction and dynamics

L.J. Sham; Pochung Chen; C. Piermarocchi; D.G. Steel

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Conference paper

Coherent optical control of electron spin interaction and dynamics

L.J. Sham, Pochung Chen, C. Piermarocchi and D.G. Steel

Optics InfoBase Conference Papers, QMD4

2003

Abstract

Electronic

Optical and Magnetic Materials

Mechanics of Materials

A theory of optical control via the virtual excitation of excitons of the spin dynamics of an electron in a single semiconductor quantum dot and of the interaction dynamics of two spins in two neighboring dots is reported. Its relevance to quantum information processing is given. The current status of the relevant experimental development is surveyed.

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Title: Coherent optical control of electron spin interaction and dynamics
Translated title: Coherent optical control of electron spin interaction and dynamics
Creators - without role: L.J. Sham - Department of Physics , University of California
Pochung Chen - Department of Chemistry , University of California
C. Piermarocchi - Michigan State University
D.G. Steel - University of Michigan
Publication Details: Optics InfoBase Conference Papers, QMD4
Identifiers: 1557527490; 9781557527493; 9957768353106774
Academic Unit: Department of Physics, College of Science, National Tsing Hua University
Language: English
Resource Type: Conference paper

Coherent optical control of electron spin interaction and dynamics

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